Flight proven components
We have the most extensive collection of flight-proven ECLSS hardware in the industry.
Future missions into outer space will require life support systems that enable longer duration of exploration into deep space.
Collins Aerospace delivers proven reliability and best-in-class performance for Space Environmental Control and Life Support Systems (ECLSS). With our flight-proven ECLSS hardware and space flight experienced workforce, we are ensuring a consistent flow of advanced innovation and technology to prepare for the future.
We invest in resources to stay at the forefront of the ECLSS industry. We have leveraged our proven ECLSS technologies to provide streamlined components to the commercial space industry at a much reduced price. Our integrated approach takes advantage of state-of-the art tools and processes to provide comprehensive design, integration, qualification, production, and post-production support.
We have the most extensive collection of flight-proven ECLSS hardware in the industry.
Our workforce encompasses critical skills and technical disciplines, as well as specific space flight hardware design and manufacturing experience.
We continually invest in resources and technology to stay at the forefront of the ECLSS industry.
We have leveraged our proven ECLSS technologies to provide streamlined components to the commercial space industry at a much reduced price.
Provides oxygen for crew respiration through water electrolysis.
Provides a hygienic solution for collecting and processing crew waste solids and fluids.
Processes humidity and crew waste water from operations into potable water for reuse.
Monitors vehicle atmosphere for indications of a fire and extinguishes the fire if one is detected.
Provides compact ARS and ATCS for the smallest crewed spacecraft: the Spacesuit.
Advanced technology development dedicated to reducing logistics, increasing reliability and “closing the loop” of ECLSS in space. These technologies will enable longer duration missions by maximizing the utilization of available resources.
Power management and distribution hardware, providing power connectivity from both internal and external power and energy storage sources to crew and service modules subsystem components.
Darren Samplatsky
Europe